Practical learning
Relevant theory and hands-on application; real components, site conditions and case studies; workshop exercises and guided discussion.
Reliability & rotating equipment training
Asset management and rotating equipment training capability
Practical, evidence-based learning for safer work and more reliable assets.
RCFA • Vibration • Bearings • FLAC • Alignment
Training designed for field application
Build knowledge, practical skill and confidence
Build knowledge, practical skill and confidence, not simply course attendance.
Relevant delivery
On-site, classroom or blended formats; tailored to fleet, plant, shutdowns and rosters; suitable from frontline to leadership roles.
Useful outputs
Participant workbook and practical tools; course materials and completion certificate; clear actions to apply at work.
Capability streams
Six connected capability streams
A coherent portfolio for improving rotating-equipment reliability.
Bearings
Selection, installation, lubrication, condition and failure analysis
See courses on this pageCondition monitoring
Vibration, thermography, proactive maintenance and field assessment
Oil analysis and site current state assessment (CSA)
Sampling, testing, interpretation, alarms and program maturity
Lubrication & FLAC
Fluid management, contamination control, grease, oil and coolant
RCFA
Failure investigation, evidence, cause analysis and defect elimination
Precision alignment
Laser alignment, soft foot, operating targets and critical-machine work
Bearings
Bearing technology & failure analysis
Strengthen the fundamentals that protect rolling-element and sleeve bearings.
Foundation courses
- Bearing & seal technology fundamentals1 day
- Rolling-element bearing failure analysis1 day
Focus: identification, selection, lubrication and installation.
Advanced courses
- Bearing technology advances3 days
- Rolling-element and sleeve-bearing failure analysis2 days
Focus: failure modes, evidence and corrective action.
Best suited to mechanical, maintenance and reliability engineers; technicians, fitters; and condition-monitoring personnel.
RCFA
RCFA & defect elimination
Equip teams to investigate failure, preserve evidence and implement lasting action.
RCFA fundamental 1 day
- Failure terminology and investigation basics
- Evidence capture and preservation
- Participation in an RCFA process
RCFA advanced 4 days
- Lead structured investigations
- Analyse mechanical and condition-monitoring evidence
- Develop reports, actions and prevention strategies
Audience: Fundamental: operators, fitters and maintainers. Advanced: engineers, supervisors, planners and specialists addressing repeat or high-consequence failures.
Lubrication
Lubrication, greasing & FLAC management
Control the fluids and work practices that determine component life.
Practical lubrication
- Effective lubrication practices for fixed plant1 day
- Practical greasing1 day
- Advanced practical greasing2 days
Oil analysis & sampling
- Oil sampling for fixed plant and heavy mobile equipment1 day
- Oil analysis program fundamentals1 day
- Oil analysis program advances3 days
FLAC & leadership
- FLAC management fundamentals for heavy mobile equipment1 day
- Lubrication asset management for leaders1 day
- Advanced implementationTailored
Condition monitoring
Condition monitoring & proactive maintenance
Improve data quality, interpretation and maintenance response.
Vibration analysis
Introductory and advanced pathways for technicians, engineers and reliability teams.
Practical condition monitoring
Inspection points, trustworthy data and common fault patterns.
Practical thermography
Use, limitations, inspection planning and action from findings.
Predictive, proactive & precision maintenance
Integrate technologies with work management and defect elimination.
Operator-driven reliability
Tailored awareness and inspection training for operations teams.
Precision alignment
Precision laser alignment
Improve machinery installation quality and reduce avoidable loading.
Fundamental 1 day
- Shaft-alignment fundamentals
- Soft foot, measurement and correction
- Practical use of laser-alignment equipment
Learning outcomes: improved repeatability and confidence, better alignment decisions for critical assets, and documented as-found/as-left results.
Advanced 2 days
- Complex machine trains and operating targets
- Thermal growth, movement and verification
- Installation quality and reporting
Course selection by role
Match the learning pathway to the work each role performs
Match the learning pathway to the decisions and work each role performs.
Frontline teams
Operators, fitters, technicians and lubrication personnel. Focus: fundamentals, inspection, sampling, greasing, evidence capture and practical work quality.
Technical teams
Maintenance, reliability and mechanical engineers; condition-monitoring specialists. Focus: analysis, program design, failure mechanisms, strategy and advanced applications.
Leaders & planners
Supervisors, planners, asset managers and maintenance leaders. Focus: governance, standards, KPIs, risk, program maturity and sustainable improvement.
How a training plan comes together
Build a staged program around site risk, equipment and capability needs
- 1
Define need
Identify roles, equipment, risks and performance objectives.
- 2
Select pathway
Choose foundation, advanced or tailored modules for each cohort.
- 3
Deliver & practise
Use relevant examples, guided exercises and field application.
- 4
Reinforce
Provide coaching, follow-up work and measures of on-the-job adoption.
Reliability & rotating equipment training
Build capability that improves reliability
- Tailor training to your people, equipment and improvement priorities.
- Choose the course stream that addresses the most significant reliability opportunity.
- Reinforce learning through standards, coaching and follow-up improvement work.
